I have come up with an interesting implementation for the lazy
evaluation.
A sample code to show how to use it follows:

|lazy toRun temp result|

"****************************************begin lazy
implementation************"
lazy := [ :myFun| |myRun|
myRun := [ |res| res := myFun value.
myRun := [res].
res] .
[myRun value]
].
"***********************end lazy implementation
******************************

toRun := [ |sum| sum := 0. 1 to: 2 do:[:i| sum := sum + 1]. sum].

temp := lazy value: toRun.

result := temp value .

result := temp value .

On Aug 8, 3:51 am, vlas01 <vla... at (no spam) yahoo.com> wrote:





I have come up with an interesting implementation for the lazy
evaluation.
A sample code to show how to use it follows:

|lazy toRun temp result|

"****************************************begin lazy
implementation************"
lazy := [ :myFun| |myRun|
myRun := [ |res| res := myFun value.
myRun := [res].
res] .
[myRun value]
].
"***********************end lazy implementation
******************************

toRun := [ |sum| sum := 0. 1 to: 2 do:[:i| sum := sum + 1]. sum].

temp := lazy value: toRun.

result := temp value .

result := temp value .

I forgot my name